Sentence examples for atomic spectral from inspiring English sources

Laser light scattering and absorption by dust particles, plasma emission, spectrum analysis for the change of plasma impedance by the presence of dust particles, atomic spectral emission by argon atoms, and mass spectroscopic measurements are performed in-situ.

The observation of Doppler shifts in atomic spectral lines is a powerful tool to measure relative motion in astronomy.

By 1950 Essen had become interested in the possibility of using the frequency of atomic spectral lines to keep time with extraordinary accuracy.

Inasmuch as the wavelengths of atomic spectral lines are characteristic of the element, the atomic spectrum may be used for identifying the element.

We discuss millisecond period brightness oscillations and surface atomic spectral lines observed during type I X-ray bursts from a neutron star in a low mass X-ray binary system.

Spectroscopic measurements of the strength and width of atomic spectral lines allow the composition and physical properties of a substance to be determined.

However, with the most recent introduction of systems to record electrical (e.g. miniaturized probes chronically/acutely implantable in the brain), optical (e.g. two-photon laser scanning microscopy) and atomic nuclear spectral (e.g. nuclear magnetic resonance spectroscopy) signals using living laboratory animals, the field is receiving even greater attention.

In this paper we propose an "ad-hoc" construction of the Likelihood Function, in order to develop a data analysis procedure, to be applied in atomic and nuclear spectral analysis.

(G stars are so called because of the prominence of a band of atomic and molecular spectral lines that the German physicist Joseph von Fraunhofer designated G).

The electron density using atomic and ionic spectral lines emitted from the plasma can be determined from the Saha-Boltzmann equation as[17, 18] n e = 6.04 × 10 21 I z ∗ I z + 1 ∗ T s 2 exp − E k, z + 1 + E k, z − χ z k B T c m − 3 Open image in new window (11).

He became an indefatigable worker on atomic spectra, energetically untangling the confusing patterns of spectral lines for elements like titanium and yttrium.